calibration
This definition produces the external calibration structure from a certificate supplying the single empirical time anchor tau zero in seconds. Researchers converting RS-native tick, voxel, and coherence quantities into SI units for reporting would cite it when a single-anchor seam is required. The body is a direct one-line application of the external calibration constructor to the certificate value and its positivity witness.
claimLet cert be a calibration certificate containing a positive real measurement tau_0 in seconds that satisfies the single-anchor protocol. Then calibration(cert) is the external calibration structure whose seconds-per-tick field equals tau_0, whose meters-per-voxel field is fixed by the exact SI definition of the speed of light, and whose joules-per-coherence field is fixed by the exact SI definition of Planck's constant together with the RS identity that one action equals one coherence times one tick.
background
The module implements a single-anchor SI calibration protocol for the RS-native framework. In RS-native units the theory runs in ticks, voxels, coherences, and actions with c equal to 1 and no SI numerals. To obtain SI reporting one supplies only the scalar tau_0 in seconds; meters per voxel follows from the SI definition of c and joules per coherence follows from the SI definition of h together with the identity 1 act = 1 coh times 1 tick. A CalibrationCert bundles the measured tau_0 as a Measurement real, a proof that the protocol is the canonical single-anchor protocol, and a positivity witness 0 less than tau_0.value. The target ExternalCalibration is the structure with fields seconds_per_tick, meters_per_voxel, and joules_per_coh.
proof idea
The definition is a one-line wrapper that applies externalCalibration_of_tau0_seconds to the value and positivity proof extracted from the input certificate.
why it matters in Recognition Science
This definition supplies the concrete mapping required for SI reporting of RS-native results and is invoked in downstream derivations of constants such as tau0_pos, E_coh_pos, thermal energy at unit temperature, and the canonical cost algebra that uses the J-cost function. It realizes the single-anchor protocol of the module, ensuring that only one empirical scalar enters the conversion while the remainder follows from SI definitions of c and h. It closes the measurement seam for the phi-ladder mass formulas and alpha bounds without introducing free parameters.
scope and limits
- Does not introduce any fit parameters beyond the single supplied tau_0.
- Does not compute numerical values or perform unit conversions itself.
- Does not support multiple-anchor or alternative calibration protocols.
- Does not modify the underlying RS-native equations or the phi-ladder structure.
formal statement (Lean)
130noncomputable def calibration (cert : CalibrationCert) : ExternalCalibration :=
proof body
Definition body.
131 externalCalibration_of_tau0_seconds cert.tau0_seconds.value cert.tau0_pos
132
used by (40)
-
canonicalCostAlgebra -
noble_gas_zero_en -
E_coh_pos -
tau0_pos -
thermal_energy_at_unit_T -
c020_derivation_strategy -
proton_mass_MeV_pos -
alphaLock_numerical_bounds -
E_coh_rs_eq_E_coh -
status -
C010_certificate -
Hubble_from_Omega_Lambda -
H_late_precision_bounds -
V_eq_quadratic -
aczel_kernel_ode -
deriv2_Jlog -
Jcost_comp_exp_second_deriv_at_zero -
composition_law_forces_reciprocity -
dAlembert_cosh_solution_of_contDiff -
dAlembert_continuous_implies_smooth_hypothesis -
dAlembert_cosh_solution_aczel -
dAlembert_cosh_solution_aczel -
Jcost_is_calibrated -
Jcost_regularity_cert -
Jcost_satisfies_composition_law -
recoveryTime_strict_mono -
alphaCoordinateFixationCert_inhabited -
alpha_pinned_to_one_implies_J -
costAlphaLog_fourth_deriv_at_zero -
costAlphaLog_high_calibrated_iff